Главная    Ex Libris    Книги    Журналы    Статьи    Серии    Каталог    Wanted    Загрузка    ХудЛит    Справка    Поиск по индексам    Поиск    Форум   
blank
Авторизация

       
blank
Поиск по указателям

blank
blank
blank
Красота
blank
Pokojski J. — IPA - concepts and applications in engineering
Pokojski J. — IPA - concepts and applications in engineering



Обсудите книгу на научном форуме



Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter


Название: IPA - concepts and applications in engineering

Автор: Pokojski J.

Аннотация:

The work of design engineers is very individual, using personal approaches and methods, designers have an individual way of seeing a problem. In practice personal notes are used by every designer, often general comments about technical problems and situations. There are a variety of personal methods of supporting the design process and computer tools can make the whole design process more efficient. In professional practice you continually add to your existing knowledge base (notes), for your own purposes. In this case the intelligent personal assistant fulfils the role of those active notes. Based on real industrial procedures, the process is the result of many years of design experience. Numerous examples for practical use by professionals and students interested in real implementations of knowledge based systems in engineering. Two major ideas are connected: a computer system integrating computer design tools and a computer system fulfilling the role of an intelligent personal assistant. This user-friendly approach to the main ideas, concepts and techniques of an intelligent personal assistant, demonstrates it's unique position as a significant and fruitful knowledge based technique in engineering design. Uniquely deals with areas specifically important to designers, knowledge engineers and engineering software designers.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2004

Количество страниц: 171

Добавлена в каталог: 20.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
blank
Предметный указатель
Activities      2 38 60 76 85 97 117
Activity knowledge      88
Blackboard architecture      13 61 74
Blackboard architecture control mechanism      74
Blackboard architecture knowledge sources      73
Braking system design for a mobile crane      1
CAD      7 10 27 43 45 50 79 100 145 157
CAE      7 10 43 53 79 100 145 157
Case-based knowledge      16
Case-based reasoning      15 57 72 101 105 148
Clarkson      52
Collaboration      93
Communication      38 42 74 91
Computer tools      7 10 28 44 78 87 95 99 109
conflict resolution      134
Control mechanism      74
Cooperation      38 98 116
Coordination      37 91 124 134 140
Coordination decision variables      123 136 139
Criteria space ordering      126 128
Cutkosky      53
DATA      6 41
Data structure      12 53 65 74 86 107 145
Database      11 13 40 62 74 86 100 143 145
Declarative      55
Declarative knowledge      44 84 110
Decomposition and coordination      136
Decomposition and coordination coordination      124 134 140
Decomposition and coordination coordination decision variables      123 136 139
Decomposition and coordination Geoffrion      135
Decomposition and coordination global value function      134 137
Decomposition and coordination Hogan      135
Decomposition and coordination local decision variables      123 139
Decomposition and coordination local value functions      135 138
Decomposition and coordination method of leading and related subproblems      124 137
Decomposition and coordination Shimizu      139
Decomposition and coordination structure of optimisation problem      119
Descriptive      46 147
Descriptive knowledge      16 44 84 93
Design activities      6 43 5 7 85 146
Design history      28 104 109
Design of speed reducers      86
Design office      13
design process      1 27 40 57 73 81 99 120 145
Design process can be classified as routine, innovative or creative      2
Design process modelling      81
Design process of car braking systems      21 150
Design process of piping system      24 61
Design process of test stands      82
Design rationale      10 40 82 88 89 97 101 106
Design rationale information generation      89
Design teams      7 43
Designer's auto-censorship      7
Designers'knowledge      13
Dybala      51
Estimation of car braking distance      150
Evaluations and associations      6
Experimental aircraft chassis testing      151
Fenves      54
Formal knowledge model      42
Gear box      19 46 87 96 101 118 142
Geoffrion      135
Geometrical modelling      23 43 62 73
Global value function      134 137
Hamilton      52
Heating system design      64 151
Hildre      53
Hogan      135
Hong      53
HTML      43
implementation      51 91 145
Implementation braking system design for a mobile crane      1
Implementation design of speed reducers      86
Implementation design process of car braking systems      21 150
Implementation design process of piping system      24 61
Implementation design process of test stands      82
Implementation estimating of car braking distance      150
Implementation experimental aircraft chassis testing      151
Implementation heating system design      64 151
Implementation machine dynamics      13 29
Implementation machine shaft design      76 105
Implementation piping system      24 47 61
Implementation stabilising moment of a car steering mechanism      150
Implementation toothed wheels      19 45 86 94 104 119
Informal knowledge model      42
Information and knowledge      41 78 84 90
Integration of different design aspects      116
Interactive goal programming      130
IPA - survey of concepts Clarkson      52
IPA - survey of concepts Cutkosky      53
IPA - survey of concepts Dybala      51
IPA - survey of concepts Fenves      54
IPA - survey of concepts Hamilton      52
IPA - survey of concepts Hildre      53
IPA - survey of concepts Hong      53
IPA - survey of concepts Tecuci      51
IPA - survey of concepts Turkiyyah      54
IPA - survey of concepts Weber      54
IPA - survey of concepts Werner      54
KBE      87
Keeney      135
Knowledge acquisition      11 51 99
knowledge management      42 86 90 100 157
Knowledge modelling      99
Knowledge repositories      10
Knowledge representations      39 85
Knowledge representations data      41
Knowledge representations formal knowledge model      42
Knowledge representations informal knowledge model      42
Knowledge representations information and knowledge      41
Knowledge representations long-term memory      43
Knowledge representations object-oriented approach      49
Knowledge representations rules      45
Knowledge representations short-term memory      44
Knowledge sources      14 28 39 56 63 73 85 145
Knowledge storage      12 41 84 95
Knowledge-based      1 43 50 65 73 87 101 154
Knowledge-based engineering      1 43 87 97
Lexicographic approach      132
Local decision variables      123 135
Local value functions      135 138
Long-term memory      43 98
Machine dynamics      13 29
Machine shaft design      76 105
Maze model      16 30 52 57 97 113 117 122 142 146
Method of constraints      131
Method of leading and related subproblems      124 137
Methods with preferences articulated a posteriori      133
Methods with preferences articulated a priori      133
Methods with preferences articulated progressively      133
Modelling of shaft      107
Modelling with features      106
Multiattribute methods      113
Multicriteria optimisation      113
Multicriteria optimisation layer      71
Multiobjective optimisation      113 122 129
Multiobjective optimisation criteria space ordering      126 128
Multiobjective optimisation interactive goal programming      130
Multiobjective optimisation lexicographic approach      132
Multiobjective optimisation method of constraints      131
Multiobjective optimisation methods with preferences articulated a posteriori      133
Multiobjective optimisation methods with preferences articulated a priori      133
Multiobjective optimisation methods with preferences articulated progressively      133
Multiobjective optimisation Pareto-optimal solutions      128 133 138
Multiobjective optimisation two-level optimisation method      125
Multiobjective optimisation utopia solution      131
Multiobjective optimisation value function      129 130
Node of the maze model      17 71 122
Object oriented approach      49 84
Ontology      56
Paper notebooks      11 86
parametric      24 47 101 138
PARETO-optimal solutions      34 128 133 138
Personal knowledge      7 56 95
Personal knowledge development      79 85
Piping system      24 47 61
Pokojski      139
Procedural      22 49 52 75 84 99 105
Procedural knowledge      40 44 84
Product and process representation      2
Product structure decomposition      116
Project development      5 76 106
Raiffa      135
Relational database      146
Rules      15 21 45 49 58 77 84 87 146
Shimizu      139
Short-term memory      44 61
Single activity knowledge      85
Stabilising moment of a car steering mechanism      150
Structure of optimisation problem      37 119
Sub-task      8 26 36 51 74 90 95 100 149
Sub-task evolution      108
Teams      1 7 11 38 52 90 98 157
Tecuci      51
Theoretical knowledge      13 16 30 40
Toothed wheels      19 45 86 94 104 119
Turkiyyah      54
Two-level optimisation method      125
Unified framework      157
Utopia solution      131
Value function      129 130
VRML      150
Weber      54
Werner      54
Yang      53
blank
Реклама
blank
blank
HR
@Mail.ru
       © Электронная библиотека попечительского совета мехмата МГУ, 2004-2024
Электронная библиотека мехмата МГУ | Valid HTML 4.01! | Valid CSS! О проекте